The wavelet bases approximation idea which is first proposed by Daubechies is successfully introduced in both nongray and linear anisotropic scattering radiation fields.
In nongray medium, wavelet bases are used in frequency ...

A non equilibrium molecular dynamics simulation was used to calculate thermal conductivity of a single-walled carbon nanotube (SWNT). Effective thermal conductivity was calculated for the same SWNT surrounded by nitrogen ...

A three dimensional numerical investigation of steady laminar flow and heat transfer is undertaken to determine the developing as well as fully developed temperature fields. Physical interpretation is given for the enhancement ...

The Electromagnetic Vaporization of Metal Particles (EVMP) process uses an alternating magnetic field to induce eddy-current heating within a metal particle. This heating causes the outer shells of the droplet to evaporate, ...

A method is proposed for determining the thermal diffusivity of high temperature liquid metals that involves levitating a small sample under microgravity conditions, melting it, and predicting its thermal response to a ...

The heat transfer in electrically insulating thin film materials is predominantly governed by phonons and is accurately described when the phonon mean free path is either much smaller than the order of the thickness of the ...

Heat transfer from a sphere in a traveling sound wave is studied using an axi-symmetric formulation. The effect of a reversing flow on the flow behavior is examined and formation of separation regions and vortex shedding ...

The flow in a helical duct is characterized by increased fluid mixing, accomplished by the inducement of a secondary flow in the plane normal to the helix centerline. Two independent phenomena interact to produce this ...

Packer fluid whose function is to prevent or tremendously reduce the heat transfer rate which would occur from the production tubing area to the production casing region is being studied in recent decades because of its ...